GLAST/LAT > DAQ and FSW > FSW > Doxygen Index > EDS / V2-10-0
Constituent: eds     Tag: mv2304
ACD_map.c | Defines the mapping arrays to translate between ACD electronics channel numbering and ACD geometric channel numbering |
ACD_mapdef.h | Defines symbols used in doing mappings to/from ACD electronics channels from/to geometric numbering. The geometric numbering is as the ACD tiles are laid out in the GEM ACD data |
ACD_rec.h | Defines the structure containing the unpacked the ACD record This differs from EDR_acd.h in that the order left in the order of ACD, not the GEM |
ACD_unpack.c | Routines to unpack the ACD data |
ACD_unpack.h | Defines the interface to the ACD LAT unpacking routine. This is a more primitive unpacker than EDR_acdUnpack meant to be used when a more barebones data structure will suffice |
EBF_cal.h | Describes the CAL data format from the event builder |
EBF_calEnergy.c | Does a simple sum of the total CAL energy in the CAL |
EBF_calEnergy.h | Interface to sum the total energy in the CAL |
EBF_cid.h | Maps out the contributor IDs as defined by the Event Builder |
EBF_ctb.h | Describes the attributes and data structures relating to individual contributors |
EBF_dir.c | EBF dir Utilities |
EBF_dir.h | EBF dir services, Interface |
EBF_ebw.h | Layouts out the fields of the Event Builder Word |
EBF_edw.h | Layouts out the fields of the LCB Event (or more properly) Packet Descriptor Word packet |
EBF_err.h | Maps out the TEM error contribution |
EBF_esw.h | Describes the Event Summary Word put on each contributor by The Event Builder Module |
EBF_evt.h | Defines the attributes and data structures relating to an EBF event |
EBF_gemLocate.h | Locates GEM within the Event Builder Format |
EBF_match.c | Utilities that manages the expected values of EBW and ESW contributor words. This works at the contributor header level. It does not look at the data within a contributor |
EBF_match.h | Interface to the EBW and ESW contributor header word matching |
EBF_matchPvt.h | Defines the matching criteria used in checking that the values the EBW and ESW of each contributor are as expected. Doing this check goes a long ways in verifing that the event is structurally sound. It does not look at the data within a contributor |
EBF_pkt.h | Defines the attributes and data structures relating to an EBF packet |
EBF_siv.c | The packet reassemble state information vector code |
EBF_siv.h | Interface to the packet's State Information Vector |
EBF_tem.h | Describes the TEM data format from the event builder |
EBF_tkr.c | Utility routines to partially parse the tracker data |
EBF_tkr.h | Describes the TKR data format from the event builder |
ECR_acd.c | Initializes the ACD calibration constants to a nominal set of values |
ECR_acd.h | Interface to the ACD calibration constants utilities |
ECR_cal.c | Initializes the CAL calibration constants to a nominal set of values |
ECR_cal.h | Interface to the CAL calibration constants utilities |
EDA_acd.h | Defines basic constants about the ACD |
EDA_cal.h | Defines the event and data attributes (constants) for the CAL |
EDA_tkr.h | Defines the event and data attributes (constants) for the TKR |
EDR_acd.h | Defines the structure containing the unpacked the ACD record |
EDR_acdRemap.h | Defines the remapping structures to take one from electronics space to geographical space |
EDR_acdUnpack.c | Routines to unpack the ACD data |
EDR_acdUnpack.h | Defines the interface to the ACD LAT unpacking routine |
EDR_cal.h | Defines the structure containing the unpacked the calorimeter record |
EDR_calUnpack.c | Unpacks the CAL data for the whole LAT |
EDR_calUnpack.h | Defines the interface to the CAL LAT unpacking routine |
EDR_err.h | Defines the structure containing the unpacked error records |
EDR_errUnpack.c | Routines to unpack the ERR data for all towers in the LAT |
EDR_errUnpack.h | Defines the interface to the ERR LAT unpacking routines |
EDR_tkr.h | Defines the structure containing the unpacked the tracker record for all towers |
EDR_tkrUnpack.c | Routines to unpack the TKR data for all towers in the LAT |
EDR_tkrUnpack.h | Defines the interface to the TKR LAT unpacking routine |
EDS_cfg.h | This structure defines the information needed to resolve a configuration to its original CDM file |
EDS_endianness.h | Provides definitions of the ENDIANNESS of the target machine. The symbols ENDIANNESS_IS_LITTLE and ENDIANNESS_IS_BIG should be used in preprocessing directives to determine the endianness of the machine, while the symbol ENDIANNESS can be more easily used in 'C' code |
EDS_fw.c | Provides a framework so that multiple event processing routines can efficiently share global work |
EDS_fw.h | Event Delivery Services, framework, interface |
EDS_fwPvt.h | The EDS framework control structure. This is private to the EDS package |
EDS_fwServices.h | Defines the handler related services and parameters that are needed to register a handler |
EDS_rsd.h | Result Summary Data Structures |
LCBV.h | LCB Virtual Device, interface |
PARITY.h | Priority calculation, callable interface |
PARITY.ih | Priority calculation, inline interface and implementation |